Rating: 144gigajoules per year(GJ/year)

Heated floor area: 170.2 m² (1832.0 ft²)Rated energy intensity: 0.84 GJ/m²/yearEvaluated by: Your Registered Energy AdvisorQuality assured by: EnviroCentreFile number: 4C00DXXXXXData collected: July 21, 2017Year built: 1968

HOMEOWNER INFORMATION SHEET

NRCan.gc.ca/myenerguide

Your EnerGuide* rating and thisreport are based on datacollected and, where necessary,presumed from your evaluation.Rating calculations are madeusing standard operatingconditions.

HOW YOUR RATING IS CALCULATED:I. Rated annual energy consumption 144 GJ/yearII. Minus renewable energy contribution - 0 GJ/year

Equals your EnerGuide rating = 144 GJ/yearI. Your rated annual energy consumption is the total amount ofenergy your house would use in a year based on the EnerGuideRating System standard operating conditions. For your house, thisincludes 13.57 GJ of passive solar gain.

EnergySources

RatedConsumption

(GJ/year)

EquivalentUnits

(per year)

Greenhouse GasEmissions

(tonnes/year)Natural gas 110 2963m3 5.6Electricity 33 9223kWh 1.2

Total 144 6.8

II. On-site renewable power generation systems can offset some oreven all of your home’s energy consumption. Renewable energycontributions are factored differently for your rating and yourgreenhouse gas emissions calculations.1

On-SiteRenewable

Energy

EstimatedContribution

(GJ/year)

EquivalentUnits

(per year)

Offset GreenhouseGas Emissions(tonnes/year)

Electricity 0 0 kWh 0.0Solar water

heating 0 0 0.0

Total 0 0.0

YOUR RATED GREENHOUSE GASEMISSIONS CALCULATION:Total greenhouse gas emissions 6.8 tonnes/yearMinus emissions offset by on-site renewables - 0.0 tonnes/yearEquals your rated greenhouse gas emissions = 6.8 tonnes/year

HOW YOUR RATED ENERGY IS USED:The chart below represents the breakdown of rated annual energyconsumption in your home under standard operating conditions.You can use these figures as a guide to help identify where you canlower home energy costs through proper home maintenance,efficient home operation, energy efficiency renovations orequipment replacement.

A. Space heating 60%B. Space cooling 4%C. Water heating 18%D. Ventilation 0%E. Lights & appliances 8%F. Other electrical 10%

WHERE YOUR HOME LOSES HEAT:Houses lose heat through their exterior shell, or building envelope.The chart below shows where and how your home loses heat. Thequality and upkeep of your home can have a major impact on theamount of energy your heating and cooling systems use annually.

a. Attic/Ceiling 5%b. Main Walls 17%c. Exposed floors 2%d. Windows 17%e. Exterior doors 0%f. Basement/Foundation 31%g. Air leakage/ventilation 28%

*EnerGuide is an official mark of Natural Resources Canada.Refer to the glossary section for an explanation of relevant terms.

Address: 123 Sample Street, Ottawa, ONTARIO, K2P 0J9

Figures may not add up due to rounding. Report date: March 1, 2018Page 1 of 4

HOUSE DETAILSBUILDING ENVELOPEATTIC/CEILING

TYPEINSULATION VALUE

NominalRSI (R)

EffectiveRSI (R)

AREAm² (ft²)

Ceiling01: Attic/hip 3.52 (20.0) 3.52 (20.0) 66.9 (720)

MAIN WALLS

TYPEINSULATION VALUE

NominalRSI (R)

EffectiveRSI (R)

AREAm² (ft²)

Main floor: 38x89mm (2x4 in) Wood

frame2.11 (12.0) 2.04 (11.6) 50.2 (540)

Second level:38x89 mm (2x4 in)

Wood frame2.11 (12.0) 2.06 (11.7) 58.3 (628)

EXPOSED FLOORS

TYPEINSULATION VALUE

NominalRSI (R)

EffectiveRSI (R)

AREAm² (ft²)

Floor: Exp Floor-01 2.11 (12.0) 2.61 (14.8) 15.7 (169)

WINDOWS

# TYPEU-factor

W/m² • °C(Btu/h • ft² • °F)

RSI (R)

5 Vinyl, Fixed, Double, No low E 3.3 (1) 0.30 (1.7)2 Vinyl, Fixed, Double, No low E 3.1 (1) 0.33 (1.8)1 Wood, Fixed, Double, No low E 2.8 (0) 0.36 (2.1)2 East0002 2.7 (0) 0.37 (2.1)

Total window area: 15.06 m² (162.1 ft²)

EXTERIOR DOORS

# TYPEU-factor

W/m² • °C(Btu/h • ft² • °F)

RSI (R)

2 Solid wood 2.6 (0) 0.39 (2.2)Total door area: 3.5 m² (38 ft²)

BASEMENT/FOUNDATION

TYPEINSULATION VALUE

NominalRSI (R)

EffectiveRSI (R)

AREAm² (ft²)

Foundation - 1Basement header 3.52 (20.0) 3.86 (21.9) 4.6 (49)

Foundation - 1concrete walls:

interior2.11 (12.0) 1.76 (10.0) 58.7 (632)

Foundation - 1 slab N/A N/A 20.5 (221)Foundation - 2 slab N/A N/A 30 (323)

AIRTIGHTNESSAir leakage rate at 50 pascals 6.87 air changes / hour

Equivalent leakage area 1238.9 cm² (192 in²)Normalized leakage area 3.8 cm² / m² (5.5 in² /100 ft²)

MECHANICAL SYSTEMSSPACE HEATING

TYPE OUTPUT SIZE EFFICIENCYCondensing natural gas

furnace18 kW

61500 BTU/h 94% Steady State

Design heating load: 16.12 kW

SPACE COOLINGTYPE OUTPUT SIZE EFFICIENCY

Central air conditioner 7.11 kW 24500 BTU/h 10 SEER

Design cooling load: 6.31 kW

WATER HEATINGTYPE TANK VOLUME EFFICIENCY

Natural gas storage tank 151L(40 USG) 0.55 EF

WHOLE-HOME VENTILATIONTYPE AIR FLOW RATE EFFICIENCYN/A N/A N/A

HEATED FLOOR AREAAbove-grade area 119.7 m² (1288.4 ft²)Below-grade area 50.5 m² (544 ft²)

Address: 123 Sample Street, Ottawa, ONTARIO, K2P 0J9

Report date: March 1, 2018Page 2 of 4

GLOSSARY

Airtightnessdescribes how well the building envelope resists air leakage and ismeasured in air changes per hour at 50 pascals (ACH@50 Pa).The fewer air changes per hour, the more airtight the buildingenvelope is. Equivalent leakage area is another way of describingthe airtightness of the building envelope. It represents the size of asingle hole in your building envelope if all the individual air leakageholes or gaps were added together. The smaller the equivalentleakage area, the less energy you will need to control thetemperature of your home (but you will still need to ensure that youhave adequate ventilation).

Design heating/cooling loadsprovide an estimate of the capacity of the heating and coolingequipment needed to maintain your home at 22 °C in the winterand 24 °C in the summer and are provided for guidance only.Before having a new heating/cooling system installed, yourheating/cooling contractor should perform an independent, detailedheat loss/heat gain calculation on your home in order to select theappropriate equipment.

Gigajoule (GJ)is a unit of energy. It can be used as a measure of any type ofenergy that is consumed or produced in your home. Specifically,one GJ is the equivalent of 278 kWh of electricity, 27m³ of naturalgas, 26 L of oil, 39 L of propane, or 947 817 BTUs. One GJ isroughly equal to the energy from two standard barbeque propanetanks or 30 litres of gas in a car’s gas tank.

Greenhouse gas emissionsare the amounts of carbon dioxide, methane and nitrous oxide thatare produced directly, by burning fossil and solid fuels, or indirectly,through the production of electricity. Greenhouse gas emissionsare expressed in carbon dioxide equivalent units. Greenhouse gasemissions are calculated by multiplying the quantity of fuel orelectricity used in your home by the emission factors for theparticular energy source. Electricity factors vary by provincebecause there are different emissions associated with eachprovince’s method of producing electricity. One tonne ofgreenhouse gas emissions is equivalent to the CO2 emissionsproduced by driving an average efficiency mid-size vehicle fromToronto to Vancouver.

Heated floor arearepresents the total useable area of your home that is heated,measured at the interior of the outer walls or of the walls attachedto other buildings.

Insulation valuesAre expressed in RSI (m² • °C/W) or R-value (h • ft² • °F/Btu) andrepresent the resistance to the flow of heat of a given thickness ofinsulation or construction assembly. The higher the RSI-value (R-value), the better the performance.The nominal value representsthe resistance to the flow of heat of just the insulation while theeffective value represents the resistance to the flow of heat of theentire wall, ceiling or floor assembly considering the structure,insulation, framing, sheathing and all finishing.

On-site renewable energy contributionsare subtracted from the rated annual energy consumption to

calculate the EnerGuide rating. For the calculation of the ratedgreenhouse gas emissions, on-site electricity generation only offsetsemissions associated with electricity consumption, whereas a solarwater heater reduces the emissions that would have been producedfrom the source of energy used to heat water.

Passive solar gainis the heat from the sun that influences your home’s heating andcooling requirements. Generally, south facing windows provide moresolar gain.

Rated energy intensityis calculated by dividing your rated annual energy consumption byyour home’s heated floor area. It allows you to compare the annualenergy use of homes of different sizes on a “per square metre” basis.

Standard operating conditionshave been used to calculate your home’s EnerGuide Rating. Therating assumes a standard number of occupants and energy usepatterns. This allows for comparison of energy use across houses sothat the house is rated and not the operation of the house by theoccupants. The values are:

Two adults and one child, at home 50% of the time;•Hot water use of 178 - 199 L/day, variable depending on incomingground water temperature;

•

Thermostat settings of 21°C for daytime heating, 18°C fornighttime heating and 25°C for cooling; and

•

Lighting, appliance and other electrical loads of 19.5 kWh/day.•

U-factormeasures heat transferred through windows and doors, expressed inW/m² • °C (BTU/h • ft² • °F). The lower the U-factor, the better theenergy efficiency of a window. The inverse of U-factor (1/U-factor)identifies the resistance to the flow of heat, expressed in RSI. Thehigher the RSI, the better the window is at resisting heat loss. You canuse these values to choose more energy efficient windows.

For more details and additional terms, please visitNRCan.gc.ca/myenerguide.

Address: 123 Sample Street, Ottawa, ONTARIO, K2P 0J9

Report date: March 1, 2018Page 3 of 4

123 Sample Street,Ottawa, ONTARIO, K2P 0J9

Data collected: July 21, 2017File number: 4C00DXXXXX

Evaluated by: Your Registered EnergyAdvisor

0 GJ/year

Usesmost

energyBestenergyperformance

85GJ/year

A typicalnew house

144This HouseGJ/year

One gigajoule (GJ) equals the energy from two BBQ propane tanks

Breakdown of Rated Annual Energy Consumption:

Rated Energy Intensity: 0.84 GJ/m²/yearRated GreenhouseGas Emissions: 6.8 tonnes/year

Rated Annual EnergyConsumption

144 GJ

Natural gas• 110Electricity• 33

On-site renewableenergy contributions - 0 GJ

Electricity• 0Solar waterheating

• 0

EnerGuide Rating: = 144 GJFigures may not add up due torounding.

A Space heating 60%B Space cooling 4%C Water heating 18%D Ventilation 0%E Lights & appliances 8%F Other electrical 10%

The energy consumption indicated on your utility bills may be higher or lower than yourEnerGuide rating. This is because standard assumptions have been made regardinghow many people live in your house and how the home is operated. Your rating isbased on the condition of your house on the day it was evaluated.

Quality assured by: EnviroCentre

Visit NRCan.gc.ca/myenerguide

Visit us today at:

NRCan.gc.ca/myenerguide

NEXT STEPSIf you have had a Renovation Upgrade Service, refer to yourreport for the roadmap to making your home more energyefficient. If you have not yet had a Renovation Upgrade Service,why not contact your service organization to learn what you cando to save on energy costs, reduce greenhouse gas emissionsand improve home comfort?Everyone uses energy in their house differently. This report wasdeveloped using standard operating conditions as explained inthe glossary. Therefore, your EnerGuide rating will not matchyour utility bills.

UPGRADE CONSIDERATIONSBefore undertaking upgrades or renovations, find out aboutappropriate products and installation techniques, and ensurethat all renovations meet local building codes and by-laws.Natural Resources Canada does not endorse the services ofany contractor, nor any specific product, and accepts no liabilityin the selection of materials, products, contractors norperformance of workmanship.

Where your energy advisor has identified a potential health orsafety concern such as insufficient outdoor air, risk ofcombustion fumes entering your house or risk of exposure toasbestos, they have endeavoured to provide a warning in thisreport. However, energy advisors are not required to haveexpertise in health and safety matters, and homeowners aresolely responsible for consulting a qualified professional todetermine potential hazards before undertaking any upgradesor renovations.

Address: 123 Sample Street, Ottawa, ONTARIO, K2P 0J9

Report date: March 1, 2018Page 4 of 4